Birchwood Casey 41403 33" Steel Cleaning Rod for .17 Cal Rifle with Reusable Storage Tube
Birchwood Casey
A .22 caliber handgun cleaning rod from Birchwood Casey gives you the proper-diameter tool for maintaining rimfire pistols without the guesswork or risk of bore damage. This 12-inch steel cleaning rod fits .22 rimfire handguns and comes paired with a reusable storage tube—so your rod stays protected and organized in your range bag or cleaning kit. Whether you're a casual shooter keeping your .22 pistol in shape or a collector rotating through multiple guns, a dedicated rod for each caliber ensures you're always using the right size.
The free-floating handle design lets the rod move naturally as you scrub and push patches through the bore, reducing binding and the side pressure that can wear rifling. The synthetic coating protects the steel rod and reduces friction against your bore, extending the life of both the tool and your gun. Built by a brand that's been supplying serious shooters and gunsmiths since 1948, this is straightforward, no-nonsense cleaning hardware.
Keep a dedicated .22 rod on hand—it's cheap insurance against cross-caliber mistakes and makes cleaning sessions faster when you have a dedicated tool for the job.
| Caliber | .22 |
| Rod Length | 12 inches |
| Application | Handgun |
| Rod Material | Steel with synthetic coating |
| Included Accessory | Reusable storage tube |
This rod is designed for .22 caliber handguns. Check your rifle's manual or specifications to confirm proper rod diameter before use; using an oversized rod can damage rifling.
The Birchwood Casey 41409 comes with the 12-inch steel rod and a reusable storage tube to keep it protected and organized.
Yes. Using a rod that's properly sized for your bore prevents damage and binding. A .22 rod should only be used in .22 firearms; using oversized rods in smaller bores risks bore damage.
The free-floating handle design allows the rod to move naturally during cleaning, reducing binding and side pressure against the bore walls that can contribute to wear.